46results about How to "The test environment is stable" patented technology

The embodiment of the invention relates to the technical field of testing, and discloses a testing method and device, electronic equipment and a computer storage medium, and the testing method comprises the steps: receiving a testing request sent by a client for any micro-service, wherein the any micro-service is a real service and/or a baffle service, the real service comprises a service of a service node marked by a baffle pointer in the test link, the baffle service comprises services of service nodes except the service node marked by the baffle pointer in the test link, and the test link comprises a plurality of service nodes; then, obtaining routing information of each service node included in any micro-service; and then, based on the routing information of each service node included in any micro-service, testing the test request and returning a corresponding test result. According to the method provided by the embodiment of the invention, the service nodes are marked in a pointer manner, so that the zero-invasion and pluggable baffle is achieved, and meanwhile, the baffle can be freely adjusted left and right like a vernier.

The present invention discloses a near-infrared detector uniformity test system. The system comprises a light avoiding box holding a near infrared detector to be tested; an integrating sphere is arranged at the opening of the front end of the light avoiding box; the light avoiding box is internally provided with a cold shield located on the emitting light path of the integrating sphere to the near infrared detector to be tested and internally provided with a heat exchanger for supporting the near infrared detector and the cold shield and a lifting platform for supporting the heat exchanger; a cycle liquid refrigerating machine and a filling nitrogen device are arranged at the outside of the light avoiding box; the cycle liquid refrigerating machine and the filling nitrogen device are connected with the heat exchanger to form a circulation pipeline; and the filling nitrogen device lets the nitrogen in the light avoiding box through the pipeline. The near-infrared detector uniformity test system provides stable low-temperature, low-background radiation and drying test environment and test state for the uniformity test of the near infrared detector.

The invention relates to a pitch mixed material cracking resistance tester which is used for solving the problem of test detection of pitch mixed materials and comprises an environmental box, a fixed support seat, a sticking platform plate, a slide plate, a slide plate displacement loading mechanism, a spoke type sensor, a rotating coupling and a servo motor, wherein the fixed support seat is installed in the environmental box; the sticking platform plate is installed on the fixed support seat and touches and is connected with the slide plate in a movable fit way; the bottom of the slide plate is connected with the slide plate displacement loading mechanism; the slide plate displacement loading mechanism is connected with the servo motor by the rotating coupling, and the spoke type sensor is connected to a coupling disk of the rotating coupling; a side support seat of which the bearing is embedded into the environmental box is installed on the rotating coupling; and the servo motor is connected outside the side body of the environmental box. The invention has simple structure and simple and convenient use and is suitable for carrying out a cracking resistance test on various pitch mixed materials.

The invention provides a Wifi-son wireless product test method. In the method, shielding box test theoretical data is used and a villa test environment is established, and roaming verification test isexecuted under the environment; in the environment, an attenuator, n wireless terminals supporting 802.11kvr and a device supporting 802.11kvr roaming are placed in the shielding box, the attenuatorconnects a feed pint of a circuit board to a feeder line interface of the shielding box, and is connected with a PC host located at the outside of the shielding box; two ore more networked to-be-tested devices are placed in the shielding box, and corresponding tests are executed; and in the villa, one MPP and at least one MAP are arranged and networked, a dual-frequency user side moves in the villa to perform test of AP wireless roaming and frequency band switching. With the method provided by the technical scheme of the invention, the test environment is stable and easy to establish, the testmethod is convenient and easy to operate, the test data is reusable, stable and reliable, and test efficiency is high, and time can be saved.

The invention provides a heart valve test device. The heart valve test device is characterized by mainly comprising a liquid circular supply and pressure maintenance unit, a liquid temperature maintenance unit and a valve performance measurement unit, wherein the liquid circular supply and pressure maintenance unit comprises a liquid tank, a pump, a water channel and a liquid tank pressure gauge;the upper part of the liquid tank is communicated with the liquid tank pressure gauge; the lower part of the liquid tank is communicated with the pump; one end of the pump is communicated with a waterpipe which extends into the water channel; the water channel is internally filled with blood simulation liquid; the liquid temperature maintenance unit comprises a temperature control meter, a liquidtank heating device and a water channel heating device; the temperature control meter is connected with each of the liquid tank heating device and the water channel heating device; the temperature control meter is mounted at the bottom of the liquid tank and located at the opposite side of the valve performance measurement unit; and the liquid tank heating device and the water channel heating device are respectively mounted at the bottoms of the liquid tank and the water channel.

The invention relates to the field of environmental health and environmental protection in a vehicle, in particular to a passenger vehicle PM test method. The method comprises the following steps: S1,performing preprocessing: enabling the temperature and humidity of an environmental cabin and the PM2.5 concentration in a vehicle to meet preset requirements; S2, carrying out leakproofness testing;to be specific, evaluating the leakproofness of the whole vehicle through increment of the PM2.5 concentration in the vehicle; S3, testing the total purification efficiency: calculating the total purification efficiency; S4, testing a natural sedimentation rate: calculating the natural sedimentation rate; and S5, calculating the internal circulation purification efficiency; enabling the internalcirculation purification efficiency to be equal to a result of subtracting the natural sedimentation rate from the total purification efficiency and. Therefore, technical problems that an existing method for testing particulate matter is not suitable for aerosol particles with smaller diameters, and aerosol effective protection and filtering testing are difficult to carry out on a whole vehicle are effectively solved.

The invention discloses a filter automatic testing device and a filter automatic testing method. By setting an automatic loading and unloading device, errors of test parameters or indexes brought in by manual operation are effectively avoided, and physical flaws brought by the manual operation can be avoided. An automatic calibration member is arranged in a test fixture, thus automatic test accuracy degree of a filter is improved, the de-embedding at different temperatures is realized, and the external error factors of the filter during the high and low temperature testing process are minimized. By arranging the automatic loading and unloading device in a high and low temperature test chamber, the test efficiency problem in the high and low temperature testing process is solved, the laborcost is reduced, a large amount of time consumed by clamping is shortened, the automatic feeding can be identified automatically, unqualified filters are directly placed separately, and the automaticdetection and screening are realized.

The invention discloses a test device for an automotive air conditioner air outlet assembly. The test device for the automotive air conditioner air outlet assembly comprises a wind supply assembly, aheating box, a detection box and a circulation pipeline. An air inlet is formed in one side of the air supply assembly, and the air inlet is provided with an air blower; an air outlet is formed in theother side of the air supply assembly, the air outlet communicates with a heating box air inlet, a heating box air outlet is formed in the other side of the heating box, and the heating box air outlet communicates with a detection box air inlet; and the detection box is internally provided with a test platform communicating with the detection box air inlet, and the detection box is provided withan openable door panel, a control panel is arranged on one side of the detection box, and the detection box is internally provided with a refrigeration component. The test device for the automotive air conditioner air outlet assembly has complete functions and can perform air outlet test under high temperature, normal temperature and low temperature states, has a good fixing effect on an automotive air conditioner air outlet, and has high adaptability, a stable test environment and good test results.

The embodiment of the invention relates to the technical field of testing, and discloses a testing method and device, electronic equipment and a computer storage medium, and the testing method comprises the steps: receiving a testing request sent by a client for any micro-service, wherein the any micro-service is a real service and/or a baffle service, the real service comprises a target service node pointed by a baffle pointer in the test link and a service of a service node located before the target service node pointed by the baffle pointer, and the baffle service comprises a service of a service node located behind the target service node pointed by the baffle pointer in the test link, and the test link comprises a plurality of service nodes; and then, sending a test request to the baffle middle station, so that the baffle middle station determines to forward the test request to the real service or the baffle service according to preset parameters, asserts the test request through the real service or the baffle service, and returns a corresponding assertion result; and marking the service nodes through pointers to achieve a pluggable baffle.

The invention discloses an underwater light source testing device, which is used for testing performance parameters of an underwater light source. The underwater light source testing device comprises a pond, a first travel system, a second travel system, a lamp source system and a detection system, wherein the first travel system and the second travel system are arranged on the pond, so that motion in left and right directions, front and back directions and upper and lower directions and rotation in a horizontal direction can be achieved; the lamp source system is fixed on the first travel system; the detection system is fixed on the second travel system; and a lamp source emits light and irradiates the detection system to detect the performance parameters of the lamp source. Water in the used pond is stable in characteristic, small in fluctuation and stable in testing environment; the condition that the lamp source system and the detection system can carry out three-degree-of-freedom motion and rotation in the horizontal direction is ensured through the travel systems; the displacement coordinate of each degree of freedom can be accurate to 1mm and the rotation angle can be accurate to 0.1 degree; and underwater performance testing of the lamp source can be achieved through watertight devices of the lamp source system and the detection system.

The invention provides a method for testing the performance of a Purlley four-way type HCA card. By conducting coordinative optimization on the stability of a test system and the performance of the HCA card, stable output of the performance in the HCA card test process is ensured, and the reliability of the HCA card performance test is improved. Thus, test time is indirectly shortened, test time investment is reduced, test efficiency is improved, great convenience is provided for test engineers, and repeated validation and the unreliability of data are avoided.

The invention relates to the technical field of air purifier testing systems, in particular to a stable air purifier testing device. The stable air purifier testing device comprises a dust generatingdevice, a buffering device, a circulating device and a testing bin. The dust generating device is used for injecting artificial dust into the buffering device. A stirring mechanism for primarily dispersing the artificial dust is arranged in the buffering device. The circulating device is provided with a circulating cavity, an air inlet, an air outlet channel and an air return channel. A draught fan is arranged in the circulating cavity. The air inlet is formed between the buffering device and the circulating cavity. The air outlet channel is arranged between the circulating cavity and the testing bin. The air return channel is arranged between the circulating cavity and the testing bin. The air return channel is right opposite to the draught fan. By arranging the buffering device, the artificial dust can be primarily dispersed, and the dust outlet effect is better; by arranging the circulating device between the buffering device and the testing bin, the internal air circulation is formed in the device and little affected by the outside world, the stable testing environment can be provided for the testing bin, and the accuracy of the testing result is ensured.

The embodiment of the invention provides an exchange rate management method and device and a computer readable storage medium, the method is applied to an exchange rate management platform, and the method comprises the following steps: when exchange rate update time arrives, sending an exchange rate acquisition request to front-end processors of multiple financial institutions; receiving exchangerate data stored in the database and returned by the front-end processors of the plurality of financial institutions in response to the exchange rate acquisition request, and obtaining an exchange rate acquisition result; updating exchange rate data of each financial institution and an effective state of an exchange rate factor in an exchange rate table according to the exchange rate acquisition result, the exchange rate table being used for recording the exchange rate data of each financial institution, the exchange rate factor and the effective state of the exchange rate factor; and determining a platform reference exchange rate of the exchange management platform by using the updated exchange rate table, and using the platform reference exchange rate to process the received exchange transaction request. By adopting the exchange rate management method, the stability of the exchange rate in the exchange management platform test environment is ensured, and a stable test environment isfurther provided.

The invention discloses a VR MTP test method. The test method comprises the following steps: A, starting a high-speed camera to shoot; b, a three-axis high-precision rotary table simulates rotation of a human body; c, the VR equipment judges whether rotation is larger than the angle a (a is smaller than or equal to 0.1 degree) or not; d, if not, the three-axis high-precision rotary table continues to simulate rotation of the human body, and if yes, the VR glasses start rendering; and E, asynchronous time warping. According to the method, the whole process can be restored, the accuracy reaches 0.1 ms, the test environment is stable, it is guaranteed that an IMU (Inertial Measurement Unit) is not affected by the environment, system errors are reduced, the high-precision rotary table and an HMD (Head Mounted Display) move synchronously by adjusting the three-axis rotary table and truly simulating the head wearing condition, the high-precision rotary table, the HMD and a computer system form a human head motion simulation system, and the human head motion simulation effect is achieved. A computer system is connected with an HMD high-precision rotary table through a USB (Universal Serial Bus) to obtain motion data of the HMD and the rotary table in real time, the high-precision rotary table is composed of a base outer frame, a middle frame, an inner frame and a corresponding motor, the position precision of the three frames is smaller than or equal to +/-5 '', the repeated position precision is smaller than or equal to +/-5'', and the angular velocity precision is 0.001 degree/s.

The invention discloses a device and a method for verifying a pressure relief system of an aircraft engine nacelle, and belongs to the technical field of safety and reliability of aero-engines, an experimental platform comprises a pipeline leakage subsystem, a pressure relief door discharge subsystem, a flight environment simulation subsystem and a measurement and control subsystem, the experiment table can simulate and experiment the pressure relief performance of the nacelle pressure relief system under different flight environments and different pressure relief door structure parameters, realizes automatic acquisition and storage of each parameter, automatically controls and adjusts each component through the controller, and is simple to build, high in test precision, convenient and safe to operate and high in practicability. The method is suitable for researching main factors and mechanisms which influence the flow characteristics of the pressure relief device of the nacelle pressure relief system and influence the pressure change in the nacelle, and the experimental result can provide a design basis for the technical development of improving the pressure relief performance of the engine nacelle pressure relief system.